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Revealing and mitigating the microcrack-sensitive fatigue behavior of laser powder bed fusion fabricated medium-entropy nanocomposites

Yufei Chen, Tiwen Lu, XiYu Chen, Xiaoqi Hu, Ning Yao, Xiaofeng Yang, Haitao Lu, Kaishang Li, Binhan Sun, Yunjie Bi, Xian-Cheng Zhang, Shan Tung Tu

2025International Journal of Plasticity6 citationsDOI

Topics & Concepts

Materials scienceFatigue limitNanocompositeComposite materialUltimate tensile strengthMicrostructureAlloyCrackingStrengthening mechanisms of materialsShrinkageFusionFatigue testingFatigue crackingTitanium alloyHot isostatic pressingFracture mechanicsGrain boundaryVolume (thermodynamics)Deformation (meteorology)FabricationGrain sizeFractographyDegradation (telecommunications)Deposition (geology)ToughnessParis' lawMetallurgyAdditive Manufacturing Materials and ProcessesHigh Entropy Alloys StudiesCellular and Composite Structures
Revealing and mitigating the microcrack-sensitive fatigue behavior of laser powder bed fusion fabricated medium-entropy nanocomposites | Litcius